WO2020193705A1

WO2020193705A1 - System for displaying prices by means of a display panel

Info

Publication number: WO2020193705A1
Application number: PCT/EP2020/058566
Authority: WO
Inventors: Konstantin Kalheber; Stefanie Kalheber; Michael Kalheber; Richard ABENDROTH; Markus SCHRICKEL
Original assignee: Visi/One Gmbh
Priority date: 2019-03-26
Filing date: 2020-03-26
Publication date: 2020-10-01
Also published as: CA3147127A1; EP3948831A1; US20220189353A1

Abstract

The invention relates to a system for displaying prices by means of a display panel (1) in which a wirelessly controllable display apparatus having a display (1) and a device for wireless acquisition of data is arranged, in particular in relation to motor vehicles, wherein the display (8) forms an image on the basis of received data, wherein a temperature sensor (16) is also provided in the display panel (1) and a receiving module is provided for receiving and processing data. In order to further improve a system of the type in question in an advantageous manner, a possible solution to the problem is given, according to a first concept of the invention, in a system in which it is ensured that the system has a control device which is formed on the display panel (1) and which, on the basis of signals from the temperature sensor (16), can activate or deactivate the receiving module independently of received signals. The invention relates to further solutions for improving such a system.

Description

description

System for displaying prices using a display board

Field of technology

The invention relates to a system for displaying prices by means of a display board in which a wirelessly controllable display device is arranged with a display and a device for wireless acquisition of data, in particular with respect to motor vehicles, wherein an image structure of the display is made according to received data is further provided in the display board, a temperature sensor and a receiving module for receiving and processing data.

The invention further relates to a system for displaying prices by means of a display board, in which a wirelessly controllable display device with egg nem display and a device for wireless acquisition of data is arranged, in particular with regard to motor vehicles, wherein an image structure of the display is received according to Data is made, the display board having a GPS module. The invention also relates to a system for displaying prices by means of a display board in which a wirelessly controllable display device with egg nem display and a device for wireless acquisition of data is arranged, in particular with regard to motor vehicles, wherein an image structure of the display is received according to Data is made.

State of the art

Such a system for displaying prices by means of a display board is known from the prior art. For example, it applies to the

DE 10 2015 121 285 A1 referred. The display board, for example price labeling information board is provided with a wirelessly controllable display, especially with a display in the manner of a known e-paper. Texts or images are preferably displayed permanently without the need for a maintenance voltage. However, the information on the display can be changed.

Summary of the invention

With regard to the prior art described above, the object arises to further improve a system of the type in question in an advantageous manner.

A possible solution to the problem is given according to a first inventive idea in a system in which it is based on the fact that the system has a control device formed on the display board, which, depending on signals from the temperature sensor, the receiving module independent of received signals can activate or deactivate.

The temperature sensor of the display board monitors a permissible temperature range for the display board, in particular for the electronic components of the display board. If this permissible temperature range is fallen short of or exceeded, a reaction, in particular the electronic components of the display panel, such as, for example, or in particular the display, is triggered. So-called events can be used here. An event can be preferred here: "Exceeded permissible temperature range". Exceeding the temperature in this way preferably puts the display board, in particular its electronic components, such as the display in particular, in a sleep mode Changes to the display, regardless of the signals and data received via the receiver module. Via the temperature monitoring, in addition to the above-described deactivation of the system, activation can also take place when the permissible temperature range is reached again, after which the display can reproduce the data and graphics displayed before the deactivation. The activation and / or deactivation can take place immediately, under software control. Software-controlled, a queue can be created with regard to actions to be taken, such as changes to the information content of the display, which queue is then processed as a function of the temperature. Processing can only be carried out in this way when a sensible temperature specified for the system has been reached.

In the deactivated mode, preferably the so-called sleep mode, according to a preferred embodiment, only the temperature of the system is monitored. In particular, communication of the system via the receiving module (possibly additionally or alternatively via a transmission module) with a preferably external communication system (PC, tablet, smartphone, cloud, etc.) preferably does not take place here.

If the temperature reaches a value within the permissible range again, another event is triggered, for example: ("Permissible temperature range reached") and the display changes back to the regular operating mode.

The embodiment described above proves to be energy-saving. In particular, communication with the display is interrupted if the temperature range falls below or exceeds the permissible range. Another possible solution to the problem is given according to a further inventive concept in a system in which it is based on the fact that the system is designed to send GPS signals to another device, in particular the motor vehicle in which the display board is located receive and evaluate.

As a result of this embodiment, for example, a comparison of the panel-side and vehicle-to-vehicle GPS signals can be made. Thus, using such a comparison, it can be checked whether the display board is still assigned to the correct object, for example a motor vehicle. The GPS coordinates of the display board and / or according to the same

Receipt of the GPS data from the motor vehicle or from another device can, according to a preferred embodiment, be called up at any time via cloud software, for example. In particular, it is preferred that the display board sends GPS coordinates automatically, for example in response to a specific event, as will be explained below. The concerned event can be a movement of the display board that has taken place, which has been detected by a movement sensor, as will also be explained below.

Via a corresponding smartphone app, for example, the smartphone user can be guided to the vehicle of interest to the user on a larger site using the GPS data from the display board and / or the motor vehicle.

A path can also be recorded by means of the captured GPS data that the device, in particular the motor vehicle, may have taken as long as the display board is in or on the motor vehicle. In a further possible embodiment, the system of the display board can optionally also receive and evaluate further information about the assigned motor vehicle or the assigned device, for example the battery charge status of the motor vehicle. Problems often arise here, since the batteries of the motor vehicles discharge themselves when they are parked for a long time. A correspondingly generated message, which can be sent via a radio module, for example, can help the motor vehicle dealer, for example, to preventively recharge the battery.

According to a further possible solution to the problem, it can also be provided that the display can be divided into different areas which can be controlled independently of one another in terms of design / labeling, with the control of one of the several areas being independent of the Can be controlled by the system.

In this regard, there is also significance in that areas of the display are only partially to be controlled for updating, which ultimately allows energy to be saved again. You can "update" the display according to defined coordinates with regard to the information.

[0020] These different areas can also be referred to as templates. The controllability is given by the fact that, depending on a certain authorization or even just given access to the specific area of the display, that organizational unit, such as a company, a specific department of a company or an authority that is authorized here or the Has access to the content (text / image) of this display area, can change and cancel. In practice, this may mean that when the display board is used, the motor vehicle for sale or lease or the like, such as new or used cars, the dealers in question for these motor vehicles play a first specific area of the display for information that can refer to the (technical) vehicle data as such and further, for example, to the sales price or a leasing rate, while another area of the display can be used by a financing institute such as a bank for information, in which for example financing conditions as Information is reproduced. A more extensive hierarchy can also be provided here, so that the dealer can also determine whether and, if applicable, for which financial institution this further area is released. Ultimately, the dealer can also preferably determine that, for example, after the sale has taken place, the area that was previously only determinable for the financial institution in terms of information is now also available to the dealer in addition. For example, with regard to the forwarding of information that the motor vehicle has been sold or the information that the motor vehicle is on a test drive and / or the information that a comparable motor vehicle can be viewed at a certain point.

An individual design of the display can thereby be achieved. For example, one area of the display can have a customary, for example manufacturer-dependent, designer design, while another area displays individual data and graphics, especially adapted to the device, such as a motor vehicle.

[0023] The display areas can be fed from basically different sources. For example, there can be a connection to a database, for example, the currently shown price (preferably shown in a separate display area for this area) with a usual market price and shows the resulting difference. The display of such an area or the control of such an area can be activated or deactivated according to a possible embodiment by the user, for example a car dealership. When such a display area is activated, this display area can be designed and updated independently of any intervention by the user, for example a car dealership.

In addition, different templates can be provided. For example, in the case of an advertisement with a sales price of a motor vehicle, an installment amount can be specified for payment in installments. The template can, for example, be transformed into a type that is usually used for a combined display of the sales price and the installment price.

For the targeted control of display areas, so-called namespaces are placed in the corresponding software, with namespaces for templates of the display also being able to be fixed so that the user, for example the car dealership, cannot change them. These namespaces are then used by the third party provider, for example a bank that offers installment payments.

[0026] According to a further possible solution to the problem, an acceleration sensor can also be provided on the display board.

The acceleration sensor can be used, for example, to determine whether the display board has been moved, with the insertion of the display board, for example in another motor vehicle, often being associated with it. Consequently a check can be carried out to determine whether the data shown on the display are still current or should be changed.

A primary use of the data from the acceleration sensor is to control or trigger that GPS data are only called up when the display board and thus the display or the motor vehicle in which the Display board is, according to the motion sensor was detected. This is advantageous with regard to an energy-saving use of the display, since the retrieval of GPS data is associated with a not inconsiderable amount of energy in relation to the amounts of energy relevant here.

Another piece of information that can be obtained by data from the motion sensor is the information that a movement as such, such as theft or removal of the display board from a certain motor vehicle, has occurred or has occurred. Furthermore, by means of recorded data from the movement sensor, determinations can be made as to whether, for example, certain, later determined damage to the display board can be traced back to falling down or a hard impact.

[0030] The fact that the data reproduced on the display may no longer be up-to-date and need to be updated is indirectly linked to one or more of the processes mentioned. This can be the case, for example, when it can be concluded from the transmitted GPS data that the vehicle has been driven, for example a test drive, or has taken place. It can then be advisable, for example, to use the display for the information "test drive" or the like. The acceleration sensor can, for example, be a piezoelectric sensor for measuring (linear) accelerations. Micro-electromechanical systems (MEMS) are also possible in this regard. These sensors are spring-mass systems in which the "springs" consist of silicon webs just a few micrometers wide and the mass is also made of silicon.

In this context, according to a further development, the display board can perform an unscheduled query with regard to any new data as a result of a movement. For example, the motion sensor can be used to update the display board or the display module by changing movements (shaking). The shaking movement triggers a corresponding update command or a comparison of the data shown on the display with the data stored in a cloud, for example, which can be assigned to the display board.

A movement sensor can also be used to enable physical changes in the state of the display device. For example, a display device can be switched from a deep sleep state to a receive state, with the predefined deep sleep interval being able to be interrupted by a sensor.

The motion sensor can also be used to trigger an alarm from an alarm system. For example, if, according to data from the motion sensor, it can be concluded that the vehicle has been jacked up or that a door or window has been opened. The latter is caused by the vibrations associated with it, but also, for example, by a movement of the display board caused by drafts or wind. In addition, a possible location function can also be coupled to a motion sensor in order to make the location energy efficient. In addition to issuing a location instruction using a data package or predefined program logics, the location instruction can even be generated for a display that is in deep sleep mode. The locating circuit can only be activated when the display board is in the rest position for a defined time interval after the last movement. This can also be done in such a way that the movement sensor waits for a movement from the device logic until the sensor information is no longer to be registered as movement . Immediately afterwards, if necessary, the device logic can either persist a time stamp, which is compared with the current time at regular intervals, and / or activate a timer that keeps the elapsed time available. As long as a movement is registered, either nothing can be done or the timer or time stamp is reset.

In addition, as soon as the sensor information indicates the end of the movement, the above-described persistence of the time stamp or the activation of the timer can take place. As soon as the timer has expired with a defined time or the time stamp has a defined time difference to the current time, the location instruction can be generated. Timers or time stamps can then be eliminated.

If a further movement is registered during an active timer or persistent time stamp, whereby the preset time has not yet passed, the process can, as described above, start again and the set timer or time stamp can be set so that the set time interval starts running again. It can be possible to define which measured values are viewed as movement (sensitivity setting). In the case of an accelerometer (acceleration sensor), for example, a minimum value (trigger value) can be defined for the sum of the accelerations on all three axes.

A motion sensor can also be used to enable the user to interact with the display board, in particular the controllable display device, without mechanical components such as buttons or the like having to be used. It can thus be made possible for a display board or a display device to be switched from a deep sleep state to a receiving state and the predetermined deep sleep interval to be interrupted in a user-induced manner.

According to a further possible solution to the problem, two or more memory modules can be provided on the display board, of which a first memory module stores a currently used firmware and a second memory module stores the firmware used immediately before.

The display boards described here and, in further detail, also the named displays of the display boards preferably each have their own identification number (ID), in particular Internet identification number.

An essential example of the use and importance of these IDs is given by the fact that a display board can also include two separate displays, that is to say not different areas on one display. Here each display can have its own ID and the display board as such can also have its own ID. The displays can then be controlled by different units (company, organization) or for these Be left to disseminate information. By connecting the IDs of these displays to the ID of the display board via software, it is possible to identify which specific organizational unit, for example a car dealer, this display board with the two displays mentioned in the example is to be assigned to and which in turn is informed about it Based on this connection, which further organizational unit has access to the further display, for example.

The memory modules, which are preferably designed in the sense of a controller, can once be assigned to a specific hardware / firmware, that is to say control and implement the versions of this hardware or firmware. On the other hand, they can be used for communication in the cellular network, for example to the nearest cellular tower. A special cloud application for a combination of several of these display boards or possibly also all display boards in operation can be connected with this in terms of data technology. Communication can be carried out via a cellular standard such as NB-IoT or CaT-Ml.

As a result of this refinement, the system, in particular with regard to the electronic components, such as further in particular the display and / or associated control modules, can be made updatable with regard to the firmware. For this purpose, two memory modules are provided, one of which contains the current update and the other retains the version that was last run without errors. If, for example, an error occurs while an update is being carried out, the last error-free version can be accessed at any time.

The features of the independent claims described above are essential in each case, as well as in any combination with one another, of Meaning, further features of an independent claim can be combined with the features of a further independent claim or with features of several independent claims, furthermore also with only individual features of one or more of the further independent claims.

Thus, a system can be specified which, depending on the signal from the temperature sensor, can activate or deactivate the receiving module independently of received signals and / or with the GPS signals of another device, in particular of the motor vehicle in which the display board is located , can be received and evaluated, and / or in which the display can be divided into different areas that can be controlled independently of one another with regard to a design / labeling, with one of the several areas being controlled independently of the control by the system and / or in which an acceleration sensor is provided on the display board, and / or two or more memory modules are provided on the display board, of which a first memory module stores a currently used firmware and a second memory module stores the firmware used immediately before.

Further features of the invention are explained below, also in the description of the figures, often in their preferred assignment to the subject matter of claim 1 and / or the further independent claim or claims or to features of further claims. However, they can also be assigned to only individual features of claim 1 and / or the further independent claim or claims or the respective further claim or each be independent of importance.

According to a possible embodiment, the control device can automatically send a message on the display and / or a radio message fertilizer can be generated, in particular if the temperature value detected by the temperature sensor deviates from the permissible temperature range. As is also preferred, this message can in particular relate to the switching off of the display and / or, for example, when the control device is deactivated, the display of the measured temperature on the display.

Furthermore, as already noted, a display basically also has its own battery, in exceptional cases also its own accumulator. A message could also be generated on the display that a battery needs to be replaced, for example before a display is put back into a vehicle.

The message can also determine the readable appearance on the display as long as the receiving module is switched off. The usual display, for example specific data of a motor vehicle for sale or the like, can be hidden when the receiving module is deactivated and replaced by a corresponding message that the temperature range has fallen below or exceeded. Alternatively, a note can also be shown that no update is currently taking place because the temperature range has been left. According to a possible embodiment, this message can also be provided in addition to the usual (“frozen”) article display.

In any case, there is no update of the display with regard to the data of the device, for example the motor vehicle, over the period in which the temperature range is left.

[0052] The appearance of the display after the message has appeared can continue until the receiving module is activated again according to a possible output design cannot be changed. The display or the corresponding display module can accordingly fall into a so-called sleep mode. The result is a "last message" on the display, which appears virtually frozen on the display according to the e-paper principle and remains until the display is updated again. According to a preferred embodiment, this update takes place only when the receiving module is activated when the permissible temperature range is reached.

The control device can also be designed in such a way that it is possible to check the period of time in which the updating option of a display board is usually used by a user, for example a car dealership. On the basis of the empirical values collected in this way, a shutdown can then be carried out for the period that is usually not used. This measure, too, aims to keep energy consumption as low as possible.

According to a further possible development, image information updates can only be generated if the date of a displayed data record changes. It can be checked in advance whether this date is important for the actual display on the display, for example the visually perceptible information would actually change. If the displayed image would not change due to an update, no update is carried out according to a preferred embodiment. This method can be carried out by several test steps depending on the image generation steps that are set. Furthermore, the method can either be carried out by means of an actual and target analysis or also deductive methods supported by software for determining the need for an update. With regard to the templates already mentioned, it is further preferred that they change automatically in a data or time-controlled manner. This results in a different division of the display with the given access options by the various institutions, as mentioned earlier. A data-controlled change can be triggered, for example, when, in the example of a motor vehicle, a car, it has been sold. An automatically controllable area of the display can then be omitted, for example for a financing organization, since it is no longer relevant. It can also be scheduled to be triggered so far a change that appear at a certain time of day, a particular day of the week (with certain time) or a given month automatically, for example, no informa tion more in the area that was previously approximately institution in the template of financing _V Subject to , but that the area of the display as a whole is only used by the retailer, for example with the reference “special price” or “discount campaign” or the like.

A further data-controlled change can also be given by the fact that, as is preferred in a further application, when such cars are traded and sold online, according to the sales event given online, then in an open space or in a hall in which the the car in question is actually located, the display automatically changes automatically on the display board.

It is also important that the program via which the display board or the radio module of the display board is controlled is cloud-based. A user, such as a car dealership, does not have to install their own software. The user can log in with his access data using a common browser. No separate software is required for use.

The log-in procedure can be carried out in accordance with a further possible embodiment or an app, for example via a smartphone app, which app also allows some additional interaction options. For example, a QR code can be scanned in order to marry a display with a vehicle data record (pairing).

Each display board has its own Internet address (ID), as already mentioned above. In this regard, it is particularly preferred that, with regard to an initial delivery of a display board, it also has a physically visibly attached ID, in particular in the form of a label, preferably attached to the back of a display board. Here the ID can be given in plain text in digits. In addition or as an alternative, a QR code can also be reproduced on this label, which stands for the ID or for additional information. For example, only depending on a scanning of this QR code and / or an entry of the mentioned ID in an app of the motor vehicle dealer, for example, can an organizational change take place so that the actual sales process relating to the display board as such and a transition to the management of this Dealer has taken place. From this point in time on, the dealer, for example, can then determine the content of the information, the relevant areas of the templates, if necessary, as also described above. He can then use this to trigger or determine further information, for example, for scanning by an interested party, including QR codes, which are shown directly on the display itself. The application in the cloud is programmed responsively, correspondingly to be handled on different end devices, such as PC, tablet or smartphone, whereby a multi-tenant (multi-tenant) architecture is furthermore preferably used. Information technology that can serve several clients on the same server or the same software system (in this case the cloud) without mutual insight into their data, user management and the like is referred to as multi-client capable.

According to a possible embodiment, the display board, which can be used freely, for example, in a motor vehicle, can be used to control certain motor vehicle functions, for example to unlock or lock the motor vehicle doors or open or close the side windows.

Each display board can also be provided with its own lighting element, for example an LED lighting element. As already explained above with regard to the motion sensor and / or the temperature sensor, the LED light-emitting element is also preferably assigned directly to the display. For example, this can be used to show a user under a variety of motor vehicles which motor vehicle corresponds to his or her desired concept, namely the one in which a corresponding light signal is activated on the display board. For example, via an app that the user has on his mobile device, he can select a certain class or certain types of cars, motor vehicles, which can then - by means of the display panel - for example "report" with appropriate light signals.

Different display technologies can be used. For example, an electrophoresis display can be used, known under the common market name ESL (Electronic Shelf Labeling) or E-Ink. Also the technology of bistable LCDs (coloristic LCD = ChLCD) can be used.

Customary mobile radio standards are used in particular for cloud-based control. As initially preferred, LTE Cat NB1 (NB-IoT) can be used. This narrowband IoT is part of the usual LTE standard, but limited to a bandwidth of around 180 KHz in half duplex mode. Alternatively, LTE CaT Ml (eMC) can be used as a mobile radio standard, with a bandwidth of around 1.4 MHz in full or half duplex mode.

In a further embodiment, dynamic energy-saving plans can be provided to increase the longevity of the display device in particular and to offer energy-efficient display boards or displays, for example based on manual configuration and / or software algorithms and / or machine learning and / or artificial intelligence . According to a preferred embodiment, such energy saving plans cannot be generated directly in the display board or in the display, but rather, as is also preferred, in a cloud. This can be done taking into account, for example, the configuration stored for the display board (for example uplink intervals, operating restrictions, temperatures, etc.) and / or (all) data and sensor data collected from the display board or the display (for example temperature profiles, radio quality, battery status , Location / altitude etc.), both as the moment date and as the history date, and / or taking into account the data on user interactions and / or data on automatic interactions and / or external data, such as weather forecasts for the location of the device. This information can be used to control the individual activity behavior of the display board, so that the energy consumption is optimized. The cloud system can automatically or manually perform the authorization for optimization and generate machine-readable instructions that can control the parameters of the display board. Such parameters can be deep sleep cycles and / or uninterrupted deep sleep - Intervals in which the display board cannot foreseeably carry out any actions, for example due to the ambient conditions, and / or if-this-then-that instructions that put the display board into a certain operating state depending on instructions and / or device-specific sensor information, whose end and a defined subsequent state can be triggered by the device's own sensor inputs.

These machine-readable energy saving plans can be transferred to the respective display board and stored there. The display board can then adapt the configuration accordingly and follow the operating instructions of the energy saving plan. With regard to the GPS module and / or the temperature sensor and possibly other functional parts that have an influence on the communication or the division of the display, it is preferred that these functional parts are assigned directly to the actual visible surface of the display, for example on one behind the visible surface arranged board. Typically, the displays are manufactured and traded with the circuit board as a unit.

This usual sales unit of a display preferably consists of a rigid circuit board, as it is also known as other circuit boards for electronic components. The electronic modules required or desired or specifically provided for the present application are included here. The board can then be made with flexible conductor connections. gen to be connected to the actual display. The circuit board can be arranged folded when assembling to the rear, on a rear side of the display, and so the assembly as a whole can be placed in a housing of the display board.

BRIEF DESCRIPTION OF THE DRAWINGS [0070] The invention is explained below with reference to the attached drawing, which however merely represents exemplary embodiments. A part that is only explained with reference to one of the exemplary embodiments and is not replaced by another part in a further exemplary embodiment due to the special features highlighted there, is thus described as an existing part in any case for this further exemplary embodiment. The drawing shows:

Fig. 1 is a display board in Perspeküvischer representation, a first imple mentation form relating to;

Fig. 2 shows the display board in a possible use position when the display board is arranged in a motor vehicle;

3 shows the display board in view, relating to a further embodiment;

4 shows a further perspective view of a display board in a further embodiment;

Fig. 5 in a further embodiment, the display board in perspecti vischer representation. Description of the embodiments

A display board 1 is shown and described, initially with reference to, for example, FIG. 1, which can have an approximately rectangular floor plan, for example with an aspect ratio of approximately 1: 1.5 to 1: 3 and a longer edge length of 100 up to 1,500 mm, further for example about 400 to 700 mm. This display board is used, for example, as a price display board for a motor vehicle 2.

A display board 1 of the type in question is known, for example, from DE 10 2017 113 278 A1. The content of this patent application is here fully incorporated into the disclosure of the present invention, also for the purpose of including features of this patent application in claims of the present invention.

Thus, as also shown, the display board 1 can have an insertion section 3 in the area of the downwardly facing narrow edge when the display board 1 is in use. With this plug-in section 3, the display board 1 can be plugged into a motor vehicle 2, for example by plugging it into a ventilation slot or at least by plugging it behind the windshield (see FIG. 2).

The insertion section 3 can in this case be formed in one piece and of the same material with an outer layer 4 on the visible side of the display board 1, which is overall preferably multi-layered.

[0075] The display board 1 can essentially have three layers, with two outer layers 4, which are essentially the floor plan, and a central layer. A single-layer design is also possible. The individual layers can be glued together to form the display board 1.

According to the illustration in FIG. 1, the display board 1 can have a viewing window 5 cut free in the outer layer 4. An information sheet 6 can be inserted behind this. This can be a printed sheet of paper or foil.

Adjacent to the viewing window 5 or, according to FIG. 5, solely determining the display panel 1, a through opening 7 with an essentially rectangular outline can be provided. This through opening 7 can penetrate both outer layers and the middle layer with a given multiple layer.

A display 8 in the manner of an e-paper is preferably arranged and held in the through opening 7. The display 8 is part of a display device. Depending on the choice of the total thickness of the display board 1 viewed perpendicular to the surface extension, the display 8 or the display device can be at least approximately completely taken up in the board 1 or, if the thickness is relatively smaller, preferably protrude beyond the rear upper surface of the outer layer.

The display 8 is designed for wireless control or for wireless acquisition of data. As a result of the received data, the display 8 is constructed.

The through opening 7 is preferably provided with a size such that not only the actual viewing surface of the display, which can reproduce different information, through the opening to the front, for loading Trchter towards, is exposed in the installed state, but also a further Be rich, which belongs to the display in the broader sense, that can be an area directly connected here with a. This connected area can then in particular have the antenna with regard to the mobile radio module of the display, so that this area with the antenna is not covered towards the front by materials that may hinder radio accessibility. In the actual embodiment, for example, a colored film, which is otherwise adapted to the display board, gives a viewer the impression that the passage opening is actually limited to the area of the display suitable for changing information. In particular, it is preferred that a viewer cannot recognize from the outside that there is an antenna or a similar technical part in the further area of the display, which is basically exposed to the outside

The data for generating the image to be displayed are preferably stored and held in a dedicated database of a computer system 9 connected wirelessly. This can, as is also preferred, be a cloud-based database.

The display device of the display 8 can be designed for bidirectional data exchange (see arrow a in FIG. 2).

In the preferably cloud-based computer system 9, dynamic image data generation takes place on the basis of data records. Correspondingly, the image is completely generated, transmitted and shown on the display 8.

The display device of the display board 1 preferably has a unique Internet and / or mobile radio ID, and so on, in particular, a unique physical address. A common cellular radio standard can be used for wireless communication, for example NB-IoT or CaT-Ml.

The display board 1, in particular the display device of the display 8 or associated with the display device, a plug-in board can also be provided, with one or more slots, in which slots, for example, a mobile radio module or, alternatively or in combination, a positioning module, for example in Form of a GPS module 10, can be steckgeh aged.

The GPS coordinates of the display board 1 can also be stored in the cloud or in the computer system 9. This also offers the possibility of calling up these GPS coordinates and, if necessary, a course of coordinates over a predetermined period of time using a terminal 11, for example a smartphone. This terminal 11 is also preferably in bidirectional contact with the computer system 9. With regard to the wireless connection between the terminal 11 and the computer system 9, as well as between the computer system 9 and the display board 1, it can be a full-duplex or also act half-duplex mode.

For example, a travel path of the motor vehicle 2 provided with the display board 1 can also be recorded and stored in the computer system 9 via the GPS function.

In addition, the system can be suitable for receiving signals, in particular GPS signals, from a further device, here in particular the motor vehicle 2. The usual way of using a GPS Satellites 12 in the vehicle's own GPS module 13 GPS data received are transmitted to the receiver of the display board 1. This data can be forwarded to the computer system 9 and processed there if necessary. Thus, using the computer-side software, a comparison can be made as to whether the display board 1 provided with a specific ID is also located in the correct motor vehicle 2.

To identify the motor vehicle 2 and for the corresponding data / image query to the computer system 9, the vehicle-side bus system can be used in one possible embodiment. Vehicle-specific data can then be called up via this.

For this purpose, the display device of the display 8 can have a corresponding interface, for example a radio interface.

In particular, to save energy in the display device, which is preferably operated by batteries, an image build-up or a new image build-up of the display 8 takes place at a greater time than the time interval with regard to the data transmission for the image build-up of the display 8. For example, the image can be refreshed regularly every quarter of an hour, every half hour or even every hour.

To directly carry out a picture build-up or picture re-build, the display device of the display 8 can also be controlled separately, for example remotely using the computer system 9 or the terminal 11. For this purpose, as well as to carry out other functions or to retrieve information, a Application stored on the computer system 9 (here cloud) can be used, which can be operated via a common browser on the terminal 11. For the immediate implementation of an image build-up, a corresponding command via the computer system 9 can be directed to the display device via the application using the terminal 11.

A button or the like that triggers such a new construction can also be provided directly on the display board 1.

As shown schematically in FIG. 3, the display board 1 can also have an acceleration sensor 14. By means of this, a possible movement of the display board 1, for example the removal of the display board 1 from the motor vehicle 2, can be detected and reported to the computer system 9 via the radio module.

In addition, the acceleration sensor 14 can also be used to generate a command for the immediate implementation of a new image of the display 8. For this purpose, according to one possible embodiment, the display board 1 can be shaken or moved back and forth (symbolized by the arrow b in Figure 3). This back and forth movement of the display board 1 is detected via the acceleration sensor 14, as a result of which a corresponding signal is generated.

According to the illustration in FIG. 3, the display board 1 can also have a battery sensor 15 for monitoring the fade status of the display board-side accumulator.

In addition, a temperature sensor 16 can further or alternatively be provided, which in particular detects the temperature directly in the area of the display 8. When exceeding or falling below a predetermined temperature range, in which temperature range the display 8 is working properly, a signal can be generated to log off the display board 1 or the radio module of the display board 1. So, according to this, the radio or receiving module is deactivated no further update of the appearance of the display 8, even if a corresponding data set is attempted to be transmitted via the computer system 9.

Rather, the control device provided can automatically generate a message on the display 8 and / or a radio message via the computer system 9 to the terminal device or devices 11.

Only when a temperature in the permissible range is detected is the receiver module or radio module activated again and the appearance of the display 8 adapted if necessary.

In a further possible embodiment, the application used via the terminal 11 can have a search mode via which the operator of the terminal 11 can find one or more motor vehicles 2 corresponding to these search criteria, for example on a larger sales area, by specifying certain search criteria.

For this purpose, on the one hand, the GPS module 10 of the display board 1 can be used, so that the user is guided to the motor vehicle 2 with the terminal 11, in particular a mobile terminal 11 in the form of a smartphone or the like.

Alternatively or also in combination with this, a lighting element 17 can also be provided on the display board 1, for example, in the form of, for example one LED. The lighting element 17 is activated via the computer system 9 as soon as the assigned motor vehicle 2 corresponds to the search profile entered via the app.

As a result of the cloud-based application, there is advantageously no need to install software on the terminal 1. Rather, the user uses and, if necessary, changes the data via a browser application (compare FIG. 4).

[00109] The cloud-based application can optionally be provided with additional interaction options, such as scanning a QR code.

In a further embodiment, in particular the display device of the display 8, as well as the associated radio module and possibly other electrical modules of the device, can be updated with regard to the firmware. For this purpose, two memory modules 18 and 19 are preferably provided, of which a first memory module 18 stores firmware that is currently being used and a second memory module 19 contains the firmware used immediately as a "backup". Thus, if the current firmware is faulty, the previously used firmware can be accessed can be used.

As already explained above, it can in particular also be provided that one memory module is responsible for the hardware / firmware and the other for the communication software for wireless control of the display board or the display, for example via the NB-IoT standard.

As shown in Figure 5, the display 8 can have a floor plan that, compared to the representation in Figure 1, the area of the viewing window ters 5 with covered. In addition, the display 8 can have a floor plan area which, overall, can essentially correspond to more than half up to 90 or 95 percent of the free floor plan area of the display board 1.

Furthermore, the display 8 can be subdivided into different areas 20, 21 and 22 with regard to the design and labeling. These areas can be designed or labeled differently. Uniform labeling of all areas 20, 21 and 22 or even just a plurality of areas that are related is also possible. Depending on the application, the boundaries between the areas can be visible due to different design of the areas or not visible in the case of a (partial) joint design.

The areas 20, 21 and 22 can be controlled via different sources, wherein the control of an area 20, 21 and 22 can also take place independently of the control by the system via the display device. For example, a separate computer system 23, possibly a cloud-based computer system, via which only area 20 can be graphically controlled, can be provided to control a possibly specified area (area 20 in the exemplary embodiment shown). Influence on the area 20 via the display device and the system of the display board 1 or via the computer system 9 is preferably not possible, or only possible to a limited extent, at least with corresponding access via further computer system 23.

The design and labeling of the area - here the area 20 - can be done via a separate computer system 23, but possibly depending on data held for this display board 1 or the associated motor vehicle 2 in the computer system 9 in the area 20 controlled via the computer system 23 an advertisement or a loan proposal from a bank can be displayed, independently or also depending on the assigned data in the computer system 9, which can be at least partially displayed in area 21 and / or 22.

Due to the differently controllable areas 20 to 22 - two or more than just three areas, for example four, five or six up to ten or more, can be provided - an optical division of the display 8 is optionally possible given.

In addition, 8 different templates can be shown on the display, optionally an assigned template for each area 20 to 22. The above explanations serve to explain the from

Filing total of inventions that develop the state of the art at least through the following combinations of features, in which case two, more or all of these combinations of features can also be combined, namely: A system which is characterized in that the system has a control device which is embodied on the display board 1 and which, depending on signals from the temperature sensor 16, can activate or deactivate the receiving module independently of received signals.

A system which is characterized in that a message on the display 8 and / or a radio message can be generated automatically by means of the control device. A system which is characterized in that the message determines the readable appearance on the display 8 as long as the receiving module is switched off.

A system which is characterized in that the appearance of the display 8 cannot be changed after the message has appeared until the receiving module is activated again.

A system, which is characterized in that the system is designed to receive and evaluate GPS signals from a further device, in particular the motor vehicle 2 in which the display board 1 is located.

A system which is characterized in that the display 8 can be divided into different areas 20, 21, 22 which can be controlled independently of one another in terms of a design / labeling, the control being one of the several areas 20, 21, 22 can be done independently of the control by the system.

A system, which is characterized in that an acceleration sensor 14 is provided on the display board 1.

A system, which is characterized in that the display board 1 makes an unscheduled query to follow a movement with regard to any new data.

A system, which is characterized in that two or more memory modules 18, 19 are provided on the display board 1, of which a first memory module 18 stores a currently used firmware and a second memory module 19 stores the firmware used immediately before. All the features disclosed are essential to the invention (individually, but also in combination with one another). The disclosure of the application hereby also includes the full content of the disclosure content of the associated / attached priority documents (copy of the previous application), also for the purpose of including features of these documents in the claims of the present application. The subclaims characterize, even without the features of a referenced claim, with their features independent inventive developments of the prior art, in particular in order to make divisional applications on the basis of these claims. The invention specified in each claim can additionally have one or more of the features provided in the above description, in particular provided with reference numbers and / or specified in the list of reference numbers. The invention also relates to design forms in which some of the features mentioned in the above description are not implemented, in particular if they are recognizable for the respective purpose or can be replaced by other technically equivalent means.

List of reference symbols

1 display board a arrow

2 motor vehicle b arrow

3 insertion section

4 outer layer

5 viewing windows

6 Information sheet

7 through opening

8 display

9 Computer system

10 GPS module

11 terminal

12 GPS satellite

13 GPS module

14 accelerometer

15 battery sensor

16 temperature sensor

17 light element

18 memory module

19 memory module

20 area

21 area

22 area

23 Computer system

Claims

Expectations

1. System for price labeling using a display board (1) in which a

wirelessly controllable display device with a display (1) and a device for wireless acquisition of data is arranged, in particular with regard to motor vehicles (2), an image structure of the display (8) being carried out according to received data, further in the

Display board (1), a temperature sensor (16) is provided and a receiving module for receiving and processing data, characterized in that the system has a control device which is formed on the display board (1) and is possibly directly connected to the display, depending on signals from the temperature sensor (16) the

Reception module can activate or deactivate independently of received signals.

2. System according to claim 1, characterized in that a message on the display (8) and / or a radio message can be generated automatically by means of the control device.

3. System according to claim 2, characterized in that the message determines the readable appearance on the display (8) as long as the reception module is switched off.

4. System according to one of claims 2 or 3, characterized in that the appearance of the display (8) cannot be changed after the message appears until it is activated the receiving module again.

5. System for price labeling by means of a display board (1) in which a

wirelessly controllable display device with a display (8) and a device for the wireless acquisition of data is arranged, in particular those relating to motor vehicles (2), wherein the display (8) is constructed according to received data, the display board (1) having a GPS module (10), or the system according to one of the preceding claims, characterized in that the system is designed to receive and evaluate GPS signals from a further device, in particular of the motor vehicle (2) in which the display board (1) is located.

System for displaying prices by means of a display board (1) in which a wirelessly controllable display device with a display (8) and a device for wireless recording of data is arranged, in particular with regard to motor vehicles (2), with an image structure of the display (8 ) is performed according to received data, or system according to one of the preceding claims, characterized in that the display (8) can be divided into different areas (20, 21, 22) which can be controlled independently of one another with regard to a design / lettering, wherein one of the several areas (20, 21, 22) can be controlled independently of the control by the system.

System according to the features of the preamble of claim 6 or according to one of the preceding claims, characterized in that an acceleration sensor (14) is provided on the display board (1).

System according to Claim 7, characterized in that, following a movement, the display board (1) carries out an unscheduled query with regard to any new data.

System according to the features of the preamble of claim 6 or according to one of the preceding claims, characterized in that two or more storage modules (18, 19) are provided on the display board (1). can be seen, of which a first memory module (18) stores a currently used firmware and a second memory module (19) stores the firmware used immediately before.

10. System, characterized by one or more of the characterizing features of one of the preceding claims.